def create_lens_table_model(seq_model):
def replace_glass(event, index):
mime = event.mimeData()
# comma separated list
glass_name, catalog_name = mime.text().split(',')
mat = gfact.create_glass(glass_name, catalog_name)
seq_model.gaps[index].medium = mat
colEvalStr = ['.ifcs[{}].interface_type()',
'.ifcs[{}].profile_cv',
'.gaps[{}].thi',
'.gaps[{}].medium.name()',
'.ifcs[{}].interact_mode',
'.ifcs[{}].surface_od()']
rowHeaders = seq_model.surface_label_list()
colHeaders = ['type', 'cv', 'thi', 'medium', 'mode', 'sd']
colFormats = ['{:s}', '{:12.7g}', '{:12.5g}',
'{:s}', '{:s}', '{:12.5g}']
drop_actions = [None]*len(colHeaders)
drop_actions[3] = replace_glass
return PyTableModel(seq_model, '', colEvalStr, rowHeaders,
colHeaders, colFormats, True,
get_num_rows=seq_model.get_num_surfaces,
get_row_headers=seq_model.surface_label_list,
drop_actions=drop_actions)
def create_element_table_model(opt_model):
ele_model = opt_model.ele_model
def get_row_headers():
return [str(i) for i in range(ele_model.get_num_elements())]
colEvalStr = [
'.elements[{}].label', '.element_type({})',
'.elements[{}].medium_name', '.elements[{}].tfrm[1][1]',
'.elements[{}].tfrm[1][2]', '.elements[{}].reference_idx()',
'.elements[{}].reference_interface().interface_type()'
]
rowHeaders = get_row_headers()
colHeaders = ['label', 'type', 'medium', 'y', 'z', 'idx', 'ref ifc']
colFormats = [
'{:s}', '{:s}', '{:s}', '{:12.5g}', '{:12.5g}', '{:d}', '{:s}'
]
return PyTableModel(ele_model,
'',
colEvalStr,
rowHeaders,
colHeaders,
colFormats,
True,
get_num_rows=ele_model.get_num_elements,
get_row_headers=get_row_headers)
def create_parax_model_table(opt_model):
rootEvalStr = ".parax_model"
colEvalStr = ['.ax[{}][0]', '.pr[{}][0]', '.ax[{}][1]', '.pr[{}][1]',
'.sys[{}][0]', '.sys[{}][1]', '.sys[{}][2]', '.sys[{}][3]']
seq_model = opt_model.seq_model
rowHeaders = seq_model.surface_label_list()
colHeaders = ['y', 'y-bar', 'u', 'u-bar', 'pwr', 'tau', 'n after', 'mode']
colFormats = ['{:12.5g}', '{:12.5g}', '{:9.6f}', '{:9.6f}',
'{:12.7g}', '{:12.5g}', '{:7.4f}', '{:s}']
return PyTableModel(opt_model, rootEvalStr, colEvalStr, rowHeaders,
colHeaders, colFormats, True,
get_num_rows=seq_model.get_num_surfaces,
get_row_headers=seq_model.surface_label_list)
def create_parax_table_model(opt_model):
rootEvalStr = ".optical_spec.parax_data"
colEvalStr = ['[0][{}][0]', '[0][{}][1]', '[0][{}][2]',
'[1][{}][0]', '[1][{}][1]', '[1][{}][2]']
seq_model = opt_model.seq_model
rowHeaders = seq_model.surface_label_list()
colHeaders = ['y', 'u', 'i', 'y-bar', 'u-bar', 'i-bar']
colFormats = ['{:12.5g}', '{:9.6f}', '{:9.6f}', '{:12.5g}',
'{:9.6f}', '{:9.6f}']
return PyTableModel(opt_model, rootEvalStr, colEvalStr, rowHeaders,
colHeaders, colFormats, False,
get_num_rows=seq_model.get_num_surfaces,
get_row_headers=seq_model.surface_label_list)
def create_ray_table_model(opt_model, ray):
colEvalStr = ['[{}].p[0]', '[{}].p[1]', '[{}].p[2]',
'[{}].d[0]', '[{}].d[1]', '[{}].d[2]',
'[{}].dst']
seq_model = opt_model.seq_model
rowHeaders = seq_model.surface_label_list()
colHeaders = ['x', 'y', 'z', 'l', 'm', 'n', 'length']
colFormats = ['{:12.5g}', '{:12.5g}', '{:12.5g}', '{:9.6f}',
'{:9.6f}', '{:9.6f}', '{:12.5g}']
return PyTableModel(ray, '', colEvalStr, rowHeaders,
colHeaders, colFormats, False,
get_num_rows=seq_model.get_num_surfaces,
get_row_headers=seq_model.surface_label_list)
def create_lens_table_model(seq_model):
colEvalStr = ['.ifcs[{}].interface_type()',
'.ifcs[{}].profile_cv',
'.ifcs[{}].surface_od()', '.gaps[{}].thi',
'.gaps[{}].medium.name()', '.ifcs[{}].interact_mode']
rowHeaders = seq_model.surface_label_list()
colHeaders = ['type', 'cv', 'sd', 'thi', 'medium', 'mode']
colFormats = ['{:s}', '{:12.7g}', '{:12.5g}', '{:12.5g}',
'{:s}', '{:s}']
return PyTableModel(seq_model, '', colEvalStr, rowHeaders,
colHeaders, colFormats, True,
get_num_rows=seq_model.get_num_surfaces,
get_row_headers=seq_model.surface_label_list)